微碳铬铁

本文介绍了以微碳铬铁、纯铁等原料在感应炉内，通过底吹Ar和适当供氧来冶炼超低碳不锈钢的试验研究。

The article states a test in the induction furnace for making super-low carbon stainless steel .

该DCS系统可广泛应用于微碳铬铁的生产过程自动化领域。

The DCS system can be widely used in the production lines of low-carbon ferrochromium materials in china .

微碳铬铁冶炼中部分使用FeO矿的工艺探讨

Discussion on partly charging iron oxide ore for smelting EXTRA-LOW CARBON FERROCHROME

JL法冶炼微碳铬铁

Smelting EXTRA-LOW CARBON FeCr with " jl " process

MZ-95镁砖炉衬在微碳铬铁电炉上的使用及炉衬侵蚀分析

The use of MZ-95 magnesia brick to low-carbon ferrochromium electric furnace and analysis of furnace lining erosion

介绍了JL法冶炼微碳铬铁的原料条件、炉渣碱度控制、高铬铬铁生产和产品质量情况以及提高反应包寿命的措施。

It introduces raw material condition , slag basicity controlling , HC FeCr producing and quality as well as the measures to prolong ladle life in smelting extra-low FeCr with " JL " process .

精选低磷焦炭降低微碳铬铁含磷量

Reducing phosphor content of low-carbon ferrochromium by adopting low-phosphor coke

电硅热三步法微碳铬铁冶炼中电极对合金增碳的探讨

Carburetion of metal from electrode in low-carbon ferrochromium smelting by electric-silicothermic process

微碳铬铁熔体真空脱碳的热力学分析

Thermodynamical analysis on decarbonization of low-carbon ferrochromium melt in vacuum

微碳铬铁精炼电炉的零电位线埋设及其特性

Embedded zero potential wire in the ferrochromium refining furnace and its features

固态硅铬合金热兑法生产微碳铬铁的实践

Practice of producing extra low carbon ferrochromium with solid SiCr by Perrin Process

热兑法生产微碳铬铁的初步实践

Preliminary practice of producing LOW CARBON FeCr with mixed proces in molten state

并扼要介绍了本厂低磷微碳铬铁生产情况。

The production of low phosphor ferrochromium at Shanghai ferroalloy works is briefly introduced .

高基质大块普烧镁砖在微碳铬铁电炉上的使用

The application of high quality commonly-baked bigger magnesia brick on EXTRA-LOW CARBON FeCr furnace

关于在我国采用波伦法生产微碳铬铁的意见

Opinion on Application of " perrin process " to low-carbon ferrochromium production in China

微碳铬铁气体渗氮后的组织分析

Structure Analysis of Ultra-low Carbon Ferrochromium after Nitriding

热兑法生产微碳铬铁过程碳行为分析（Ⅱ）

Analysis on carbon behavior manufacturing low-carbon in course of ferrochromium by Perrin Process (ⅱ)

微碳铬铁的脆化研究

A Study on Brittleness of Micro-Carbon Ferrochrome

氩氧炉生产中、低、微碳铬铁的新工艺

The new craft of AOD in production of medium , low , simplex carbon ferrochromium

在电硅热三步法微碳铬铁生产中，存在着电极对合金的增碳。

In manufacturing of low-carbon ferrochromium by electric-silicothermic process the carburetion of metal from electrode has occured .

该系统是国内第一套用于微碳铬铁电弧精炼炉过程控制的全计算机化的控制系统。

It is the first fully computerized system for the process control of arc refiners in china .

GB/T5684-1987真空法微碳铬铁

Vacuum extra low carbon ferrochromium

研究了微碳铬铁、氮化铬铁中钛与二安替比林甲烷的显色反应。

The color development reaction between titanium in extra-low ferrochrome , nitrided ferrochrome and diantipyryl methane is studied .

硅热法冶炼低、微碳铬铁过程硅氧化损耗机理及对经济效益影响浅析

The mechanism of silicon oxidation losses in SMELTING LOW CARBON FeCr with silicothermic process and analyses of effects to economic benefits

在小波神经网络终点时刻参数预测模型基础上，建立了基于遗传算法的精炼微碳铬铁的供氧量优化模型。

After the energy consumption in the wavelet neural network forecasting model based on genetic algorithm based on micro-carbon ferrochromium refining energy system optimization model .

分析了电硅热法和热兑法冶炼低、微碳铬铁过程硅的氧化损耗机理及对技术经济指标的影响。

The paper analyses the mechanism of silicon oxidation losses in smelting low carbon FeCr with electro-silicothermic process and the effect to technical and economic benefit .

本文介绍了电硅热法微碳铬铁冶炼中炉底铺矿的工艺操作及其对产品的降碳效果；

This paper introduces the process operation of low-carbon ferrochrome smelting by electric-silicothermic process with a chrome-ore bedding and its effect to lower carbon content of the product .

本文介绍了用固态硅铬合金热兑法试生产微碳铬铁的情况，并讨论了该工艺在实践中存在的问题及改进意见。

The condition of producing extra-low carbon ferrochromium with solid SiCr by perrin process , is introduced the existing problems in practice and opinions for improving for this process are discussed .

微碳铬铁精炼炉的炉衬寿命较短，为监测其侵蚀情况，在炉底埋设热电偶。

Abstract Refining furnace line life of extra-low carbon ferrochrome is shorter , in order to monitor the line 's erosion condition , thermal couple is placed in the bottom of furnace .